Canada, Manitoba: Agricultural Plastic Waste HighEfficiency Plastic granulator Success Case

  Mr. Thomas, a 45yearold agronomytrained entrepreneur, has run a 700 m² plastic recycling workshop in Winnipeg for three years. He processes agricultural plastic waste—mulch film, greenhouse covers, and fertilizer bags—from local wheat and canola farms. Manitoba’s farming sector generates 320 tons of ag plastic waste every month. Canada’s 2026 “Sustainable Agriculture Initiative” now requires 30% of that to be recycled.

With 12 years as a farm manager, Thomas started his recycling business to tackle plastic pollution on rural land and tap into the growing market for recycled materials. His top priority: efficiency and cold resilience. After comparing two local suppliers, he chose our plastic granulator mainly because it could handle Manitoba’s brutal winters.

Plastic Recycling Machine

The Challenge

Thomas’s workshop struggled with four big pain points that ate into profits:

1. Coldrelated breakdowns – Manitoba winter temps drop to 30°C. His old granulator would freeze up 2–3 times a month. Each breakdown meant 8 hours of downtime and $320 CAD in lost revenue.
2. High moisture & contamination – Ag plastic often has 12% moisture plus soil residue. That led to uneven plasticization and a 15% defect rate. Local manufacturers didn’t want the granules.
3. Low throughput – His old machine ran at only 190 kg/h, while daily waste supply hit 320 kg. Unprocessed plastic piled up.
4. Slow, distant service – When the motor failed, repairs took 4 days (no local tech). That cost him $1,800 CAD in lost work. Plus, his old granulator didn’t meet Manitoba’s energy rule (≤6.2 kWh/kg), risking $4,200 in fines.

He needed a highefficiency, coldresistant granulator—built for Manitoba’s ag recycling market.

The Solution

We custombuilt a highefficiency plastic granulator (model TL240MB) designed for Manitoba’s farming conditions, based on what sells best across Canada:

 Coldresistant alloy steel screw (35:1 L/D ratio) + heated insulation system → runs steadily at 35°C. No more winter freezeups.

 Dualposition vacuum exhaust + threestage drying → cuts moisture to ≤2% and removes soil. Defect rate dropped below 2%.

 52 kW energysaving motor → delivers 480 kg/h with energy use of just 5.7 kWh/kg, fully compliant with local regulations.

 Reinforced crusher + antijamming feeder → handles thick plastic film without clogging, reducing manual work.

 24/7 local aftersales in Winnipeg – technicians arrive within 3 hours. Free annual maintenance included.

The granulator follows an agspecific process: sorting → cleaning → drying → crushing → granulating → cooling → screening → finished product. The output granules are clean and uniform, perfect for making new agricultural plastic products.

The Results

After four months of steady operation:

Production up 152% – from 190 kg/h to 480 kg/h, easily covering daily waste intake.

Zero winter breakdowns – saved $2,560 CAD per month in lost revenue.

Defect rate down to 1.3% – granules now accepted by two local ag plastic manufacturers. Monthly revenue climbed 38%.

Energy cost down 8% – saved $190 CAD per month on electricity, and fully compliant with regulations.

Thomas says: “This granulator is coldresistant, efficient, and reliable. It fixed my winter operation problems and helped me grow the business.” His workshop now recycles plastic from 11 local farms, supporting Manitoba’s sustainable agriculture goals.

Plastic granulator

FAQ

Q1: Can this granulator really run through a Manitoba winter?

A: Yes. The coldresistant build and insulation system keep it working at 35°C—no freezing, no breakdowns.

Q2: Does it handle dirty, wet ag plastic well?

A: Absolutely. The threestage drying and vacuum exhaust bring moisture down to ≤2%, giving you clean, highquality granules.